AIML-0603-47NK-T

Fixed Inductors

AIML-0603-47NK-T is a surface-mounted fixed inductor produced to meet the specific needs of the electronics industry. It is a versatile component which has a variety of applications in different industries.

Applications

The AIML-0603-47NK-T fixed inductor is mainly used as an impedance matching element in high-frequency analog and digital circuits. It can be used to reduce signal noise, to provide signal termination, and as a current-limiting component. It finds applications in audio and amplifiers, radio-frequency circuits, communication receivers, voltage-controlled oscillators (VCOs), antennas, and power supplies.

Working Principle

The AIML-0603-47NK-T fixed inductor is a metallic acylic-cored, surface-mounted, high-Q inductors. It is a non-inductive winding which offers high resistance to high current. It consists of an air gap, a wire winding and a protective epoxy coating, which provides for excellent moisture resistance and electrical insulation. The inductance value is determined by the wire material, number of turns and air gap size. A cross-sectional view of the inductor shows the air gap and winding geometry.

The fixed inductor is designed to give maximum current handling capacity and excellent power dissipation. This is achieved by winding two layers of coils over the core. The dual layer concept reduces the effect of eddy current in the inductor windings. The two layers of windings also allow the inductor to operate at high frequencies.

The AIML-0603-47NK-T fixed inductor provides excellent inductance and heat dissipation performance. It has a wide variety of inductance values from 0.3 μH to 470 μH.

Conclusion

The AIML-0603-47NK-T fixed inductor is a versatile component with a variety of applications in different industries. It is designed for high-frequency analog and digital circuits. It is a surface-mounted component which consists of a wire winding and a protective epoxy coating. The inductance value of the component is specified by the wire material, number of turns and air gap size. The inductance value of the component ranges from 0.3 μH to 470 μH. It is designed to give maximum current handling capacity and excellent power dissipation.